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The snowboard K2 Sky Pilot is a proposal for enthusiasts of freeride and riding off prepared trails. The directional design, medium flex, and hybrid profile support stability, control, and smooth handling in powder and varied terrain.

Parameters

Basic data

Brand K2

Country of origin of the brand USA

Sport Snowboard

Gender Male, Woman

Season Autumn/Winter

Leading colour Grey

Model/product code Skypilot 11M0009.1.1

Purpose Freeride

Code 2000237338

Physical parameters

Shape of the board Directional

Board profile Hybrid

Board width Standard

Slide Wax-Infused Sintered 4001

Flex (hardness) Medium

Flex (hardness) scale 6/10

Board core Wooden

Material

Fibre Carbon, Tri-Ax Fiberglass

Laminate Glass

Binding

Inserts 2x4

Additional information

Technologies Volume Shift™, HYBRITECH CONSTRUCTION, S1 Core, Carbon Y Beam™

Warnings and producer's data

Producer K2/BCA ELEVATE OUTDOOR COLLECTIVE / Customer Service Export | Seeshaupter Str. 62 , DE 82377 Penzberg | info@k2sports.de

Product description

Snowboard K2 Skypilot (11M0009.1.1)

K2 Skypilot Snowboard is a high-quality piece of equipment designed for those seeking reliability and precision on the slope. Thanks to the use of S1 Core technology and Carbon Y Beam™, the board offers excellent stability and control while riding. The medium stiffness provides the right balance between flexibility and rigidity, making it easier to manoeuvre in various conditions.

Advanced technologies

The K2 Skypilot features advanced HYBRITECH CONSTRUCTION, which enhances the durability and reduces the weight of the board. Volume Shift™ technology allows for optimal weight transfer, facilitating quicker transitions between edges. Such solutions make the board more responsive and perfectly suited for dynamic riding.

Materials and construction

K2 Skypilot Snowboard has a wooden core that provides natural cushioning and durability. The Hybrid profile combines the benefits of camber and rocker, allowing for smooth riding on both groomed slopes and in powder. The Tri-Ax glass laminate and carbon fibres increase torsional stiffness, translating to better stability at higher speeds.

Gliding properties

Equipped with a Wax-Infused Sintered 4001 base, the K2 Skypilot snowboard provides excellent gliding properties and long-lasting resistance to damage. Such a base allows for achieving higher speeds without the need for frequent waxing, which is important for those who value minimal maintenance.

K2 Skypilot Snowboard - features:

S1 Core technology increases the stability and control of the board;
Carbon Y Beam™ improves manoeuvring precision;
HYBRITECH CONSTRUCTION contributes to weight reduction and durability;
Volume Shift™ optimises weight transfer for better responsiveness;
Wooden core provides natural cushioning and durability;
Hybrid profile combines the advantages of camber and rocker for smooth riding;
Wax-Infused Sintered 4001 base offers excellent gliding properties;
Tri-Ax glass laminate and carbon fibres enhance stability at speed;
Standard width of the board ensures universal fit.

Technologies

Volume Shift™

The use of Volume Shift™ construction technology has allowed the board to be reduced in size without sacrificing buoyancy and stability. Underfoot, the density of the board has been increased to provide excellent manoeuvrability.

HYBRITECH CONSTRUCTION

A patented ski and board construction from the K2 brand. It consists of side walls along the edge that affect the bow and tail zones. The low mass at the ends results in less resistance when transitioning from edge to edge. As a result, turns are easier to make, the ride is more controlled and the equipment is durable and lightweight.

S1 Core

The S1 Core combines the lightness of wood with the durability of plastics, creating a stable and resilient structure. Thanks to its reduced density structure, it provides better vibration damping, resulting in a smoother and more comfortable ride. It is ideal for all-mountain and freeride models.

Carbon Y Beam™

The Y-shaped reinforcement made of carbon fiber stiffens the structure at key points, increasing precision and riding stability. Thanks to this solution, the equipment responds better to dynamic overloads and provides greater control on hard surfaces.

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